U.S. patent number 10,270,237 [Application Number 15/363,460] was granted by the patent office on 2019-04-23 for interruptible universal wall box and methods of use thereof.
The grantee listed for this patent is J Moss. Invention is credited to J Moss.
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United States Patent |
10,270,237 |
Moss |
April 23, 2019 |
Interruptible universal wall box and methods of use thereof
Abstract
An electrical wall box having plurality of wire power terminals
on exterior of electrical wall box, wire power terminals are
electrically connected to one of plurality of insulated
distribution busses within electrical wall box, each distribution
buses having one or more interrupt bus switches electrically
connected therein; each distribution buses has first quick connect
terminal electrically connected thereto one distribution buses;
wherein electrical wall box further includes plurality of switch
wiring terminals on an exterior of electrical wall box, each
plurality of switch wiring terminals includes insulated electrical
tap connecting one switch wiring terminals to one plurality of
internal insulated distribution busses or to quick connect terminal
within electrical wall box; one or more pluggable electrical
receptacles, each one or more pluggable electrical receptacles
includes two or more second quick connect terminals to electrically
connect thereto one of said one or more first quick connect
terminals; a plaster ring, and cover plate.
Inventors: |
Moss; J (Roswell, GA) |
Applicant: |
Name |
City |
State |
Country |
Type |
Moss; J |
Roswell |
GA |
US |
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Family
ID: |
58257846 |
Appl.
No.: |
15/363,460 |
Filed: |
November 29, 2016 |
Prior Publication Data
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Document
Identifier |
Publication Date |
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US 20170077690 A1 |
Mar 16, 2017 |
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Related U.S. Patent Documents
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Application
Number |
Filing Date |
Patent Number |
Issue Date |
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15013464 |
Feb 2, 2016 |
9583929 |
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14841064 |
Aug 31, 2015 |
9564725 |
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Current U.S.
Class: |
1/1 |
Current CPC
Class: |
H02G
3/08 (20130101); H02G 3/10 (20130101); H01R
25/006 (20130101); H02G 3/16 (20130101); H01R
25/162 (20130101); H02G 3/18 (20130101); H02J
3/00 (20130101) |
Current International
Class: |
H02G
3/08 (20060101); H02G 3/16 (20060101); H02G
3/18 (20060101); H02G 3/10 (20060101); H02J
3/00 (20060101); H01R 25/16 (20060101); H01R
25/00 (20060101) |
References Cited
[Referenced By]
U.S. Patent Documents
Primary Examiner: Shin; Jeffrey M
Attorney, Agent or Firm: Grell; Mathew L. Watson; Jeffrey C.
Grell & Watson Patent Attorneys LLC
Claims
What is claimed is:
1. A universal wall box, said universal wall box comprising: an
open side electrical box having a plurality of sets of power wiring
terminals proximate an interior of one or more box surfaces of said
electrical box, wherein each said set of power wiring terminals are
electrically connected to one of a plurality of internal insulated
distribution busses proximate said interior of said one or more box
surfaces of said electrical box, and wherein each of said internal
insulated distribution busses includes one or more first
quick-connector electrically connected thereto and exposed to an
interior of said one or more box surfaces; and a plurality of
switch wiring terminals proximate said interior of said one or more
box surfaces of said electrical box, wherein each of said switch
wiring terminals are electrically connected to one of a plurality
of insulated electrical taps proximate said interior of said one or
more box surfaces of said electrical box, and wherein at least one
of said plurality of insulated electrical taps includes at least
one second quick-connector electrically connected thereto and
exposed to an interior of said one or more box surfaces, and
wherein each of at least two or more of said plurality of insulated
electrical taps is electrically connected to one of said plurality
of internal insulated distribution busses via one of said one or
more first quick-connector.
2. The universal wall box of claim 1, further comprising one or
more pluggable electrical receptacles, each of said one or more
pluggable electrical receptacles includes two or more third
quick-connectors configured to electrically connect each of said
two or more third quick-connectors to said one or more first
quick-connector or said at least one second quick-connector.
3. The universal wall box of claim 2, further comprising a cover
plate having at least two sets of apertures that includes at least
one throughhole and at least one electrical receptacle.
4. The universal wall box of claim 3, further comprising a plaster
ring positioned between said open side electrical box and said
cover plate to accommodate passage therethrough of said one or more
pluggable electrical receptacles.
5. The universal wall box of claim 4, wherein said one or more
pluggable electrical receptacles comprises an electrical switch
having at least two electrical switch quick-connectors, including a
first electrical switch quick connector and a second electrical
switch quick connector.
6. The universal wall box of claim 5, wherein said first electrical
switch quick connector electrically connected to one of said one or
more first quick-connector and said second electrical switch quick
connector electrically connected to one of said at least one second
quick-connector.
7. The universal wall box of claim 6, wherein said one or more
first quick-connector, includes a first connector access and said
at least one second quick-connector includes a second connector
access.
8. The universal wall box of claim 7, wherein said first electrical
switch quick-connector and second electrical switch quick-connector
include one or more connector blades, including a first connector
blade and a second connector blade.
9. The universal wall box of claim 8, wherein said first connector
blade and a second connector blade electrically connects to said
first connector access and said second connector access.
10. The universal wall box of claim 9, wherein said first connector
blade and said first connector access are oriented different from
said second connector blade and said second connector access.
11. The universal wall box of claim 2, wherein said one or more
pluggable electrical receptacles comprises an outlet having at
least three electrical outlet quick connectors, including first
electrical outlet quick connector, second electrical outlet quick
connector, and third electrical outlet quick connector.
12. The universal wall box of claim 11, wherein said first
electrical outlet quick connector electrically connected to a first
of said one or more first quick-connector, said second electrical
outlet quick connector electrically connected to second of said one
or more first quick-connector, said third electrical outlet quick
connector electrically connected to third of said one or more first
quick-connector.
13. The universal wall box of claim 12, wherein said first
electrical outlet quick connector, includes a first connector
access, said second electrical outlet quick connector, includes a
second connector access, and said third second electrical outlet
quick connector, includes a third connector access.
14. The universal wall box of claim 13, wherein said first
electrical outlet quick connector, said second electrical outlet
quick connector, and said third electrical outlet quick connector
include one or more connector blades, including a first connector
blade, a second connector blade, and a third connector blade.
15. The universal wall box of claim 14, wherein said first
connector blade electrically connected to said first connector
access, said second connector blade electrically connected to said
second connector access, and said third connector blade
electrically connected to said third connector access.
16. The universal wall box of claim 1, wherein said set of power
wiring terminals further comprises a first power in terminal,
second power in terminal, and a third power in terminal.
17. The universal wall box of claim 16, wherein said set of power
wiring terminals further comprises a first power out terminal,
second power out terminal, and a third power out terminal.
18. The universal wall box of claim 17, further comprising one or
more power wires, each of said one or more power wires having a
neutral power wire, a ground power wire and at least one hot power
wire, wherein a first power wire of said one or more power wires
includes a first said at least one hot power wire in electrical
communication with said first power in terminal, a first said
neutral power wire in electrical communication with said second
power in terminal, and a first said ground power wire in electrical
communication with said third power in terminal.
19. The universal wall box of claim 18, wherein a second power wire
of said one or more power wires includes a second said at least one
hot power wire in electrical communication with said first power
out terminal, a second said neutral power wire in electrical
communication with said second power out terminal, and a second
said ground power wire in electrical communication with said third
power out terminal.
20. The universal wall box of claim 1, wherein said plurality of
switch wiring terminals further comprises a first switch terminal,
second switch terminal, and a third switch terminal.
21. The universal wall box of claim 20, further comprising at least
one switch wire, each of said at least one switch wire having a
neutral switch wire, a ground switch wire, and at least one hot
switch wire, wherein said at least one hot switch wire in
electrical communication with said first switch terminal, said
neutral switch wire in electrical communication with said second
switch terminal, and said ground switch wire in electrical
communication with said third switch terminal.
22. The universal wall box of claim 1, wherein at least one of said
internal insulated distribution busses includes one or more bus
switches.
23. The universal wall box of claim 22, further comprising a switch
control configured to change a position of said one or more bus
switches.
24. The universal wall box of claim 23, wherein said switch control
is configured to change at least one of said one or more bus
switches to an open position.
25. The universal wall box of claim 23, wherein said switch control
is configured to receive a control signal.
26. A ganged universal wall box, said ganged universal wall box
comprising: an open side electrical box having a plurality of sets
of power wiring terminals proximate an interior of one or more box
surfaces of said electrical box, wherein each said set of power
wiring terminals are electrically connected to one of a plurality
of internal insulated distribution busses proximate said interior
of said one or more box surfaces of said electrical box; one or
more bays within said open side electrical box, each said bay
includes: one or more first quick-connector electrically connected
thereto said internal insulated distribution busses exposed to an
interior of said one or more box surfaces; and a plurality of
switch wiring terminals proximate said interior of said one or more
box surfaces of said electrical box, wherein each of said switch
wiring terminals are electrically connected to one of a plurality
of insulated electrical taps proximate said interior of said one or
more box surfaces of said electrical box, and wherein at least one
of said plurality of insulated electrical taps includes at least
one second quick-connector electrically connected thereto and
exposed to an interior of said one or more box surfaces, and
wherein each of at least two or more of said plurality of insulated
electrical taps is electrically connected to one said plurality of
internal insulated distribution busses via one of said one or more
first quick-connector.
27. The ganged universal wall box of claim 26, further comprising
one or more pluggable electrical receptacles, each of said one or
more pluggable electrical receptacles includes two or more third
quick connectors configured to electrically connect each of said
two or more third quick connectors to said one or more first
quick-connector or said at least one second quick-connector.
28. The ganged universal wall box of claim 27, further comprising a
cover plate having at least two sets of apertures that includes at
least one throughhole and at least one electrical receptacle.
29. The ganged universal wall box of claim 28, further comprising a
plaster ring positioned between said open side electrical box and
said cover plate to accommodate passage therethrough of said one or
more pluggable electrical receptacles.
30. The ganged universal wall box of claim 26, wherein said at
least one of said internal insulated distribution busses includes
one or more bus switches.
31. The universal wall box of claim 30, further comprising a switch
control configured to change a position of said one or more bus
switches.
32. The universal wall box of claim 31, wherein said switch control
is configured to change at least one of said one or more bus
switches to an open position.
33. The universal wall box of claim 32, wherein said switch control
is configured to receive a control signal.
34. A method of powering on and off a universal wall box, said
method comprising the steps of: providing an open side electrical
box having a plurality of sets of power wiring terminals proximate
an interior of one or more box surfaces of said electrical box,
wherein each said set of power wiring terminals are electrically
connected to one of a plurality of internal insulated distribution
busses proximate said interior of said one or more box surfaces of
said electrical box, wherein at least one of said internal
insulated distribution busses includes one or more bus switches,
and wherein each of said internal insulated distribution busses
includes one or more first quick-connector electrically connected
thereto and exposed to an interior of said one or more box
surfaces; and a plurality of switch wiring terminals proximate said
interior of said one or more box surfaces of said electrical box,
wherein each of said switch wiring terminals are electrically
connected to one of a plurality of insulated electrical taps
proximate said interior of said one or more box surfaces of said
electrical box, and wherein at least one of said plurality of
insulated electrical taps includes at least one second
quick-connector electrically connected thereto and exposed to an
interior of said one or more box surfaces, and wherein each of at
least two or more of said plurality of insulated electrical taps is
electrically connected to one of said plurality of internal
insulated distribution busses, and comprising a switch control
configured to change a position of said one or more bus switches
via one of said one or more first quick-connector; and changing a
position of said one or more bus switches.
35. The method of claim 34, further comprising the step of
receiving a control signal therein said switch control.
36. The method of claim 35, further comprising the step of changing
a position of said one or more bus switches to an open position
based on said control signal.
37. The method of claim 35, further comprising the step of changing
a position of said one or more bus switches to a closed position
based on said control signal.
Description
To the full extent permitted by law, the present United States
Non-provisional patent application, is a Continuation-in-Part of,
and hereby claims priority to and the full benefit of,
Continuation-in-Part United States Non-Provisional application
entitled "Interruptible Universal Wall Box and Methods of Use
Thereof," having assigned Ser. No. 15/013,464, filed on Feb. 2,
2016 and United States Non-Provisional application entitled
"Pluggable Electrical Receptacle and Universal Wall Box and Methods
of Use Thereof," having assigned Ser. No. 14/841,064, filed on Aug.
31, 2015, which is incorporated herein by reference in its
entirety.
FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT
None
PARTIES TO A JOINT RESEARCH AGREEMENT
None
REFERENCE TO A SEQUENCE LISTING
None
BACKGROUND
Technical Field of the Invention
The present invention relates generally to electrical receptacles
or fixtures, and more specifically to pluggable quick connect
electrical receptacles or fixtures and wall box.
Description of Related Art
During construction of buildings, both commercial and residential,
it is common to provide an electrical wall box for receiving an
electrical receptacle, such as, an outlet or a switch. The
electrical wall box is typically secured to the side of a vertical
stud. Once the wall box is installed, wallboard is typically
installed over the studs and an opening is cut in the wallboard in
order to pass the electrical receptacle through the wallboard into
the wall box. Electrical wiring from a power source or load enters
the wall box via an opening therein, wherein the electrical wiring
is accessible from the front of the wall box for electrical
connection thereto the electrical receptacle.
To complete the installation of the electrical receptacle, stub
wires electrically connected to the electrical receptacle are
secured to corresponding wires in the wall box, such as, via wire
nuts, or wires in the wall box are directly terminated on the
electrical receptacle, such as via screw terminals or friction
connect terminals and the electrical receptacle is secured,
typically via screws that engage tubular openings (threaded or
unthreaded--for self-tapping screws) in the wall box. Subsequently,
a decorative cover plate is installed over the receptacle, by
securing the cover plate, such as, via screws that engage threaded
openings in the electrical receptacle.
Whenever a building is undergoing renovation, the existing
receptacles and their cover plates are often in need of replacement
or may simply need to be replaced to provide a different appearance
or function. Further, it is often necessary to replace a single,
defective electrical receptacle.
In order to replace such existing receptacle, power to the box must
be interrupted by switching off the power to the wall box. Once the
old cover plates and receptacles are electrically disconnected,
typically a new receptacle is installed by securing the wires of
the new receptacle to their corresponding wires in the wall box
(step one), securing the receptacle to the wall box (step two),
and, subsequently, securing a new cover plate over the replaced
receptacle (step three). All of these steps are labor intensive,
such as require considerable skill and manual dexterity to bend and
manipulate the heavy gauge power wires and mentally challenging to
understand the complex wiring schemes and generally require the
services of a licensed electrician, resulting in higher costs than
would otherwise be incurred through a simpler apparatus and method
of installation.
When installing an electrical receptacle to a wall box, the
receptacle has openings for fasteners to engage the wall box
receiving apertures. Once the receptacle is installed, the cover
plate is secured via fasteners through different openings.
In use, a home or business owner, parent, apartment owner, police,
or rescue personnel may wish to interruptible, disable or power
down an individual outlet or switch, individual wall box, set of
wall boxes, room of wall boxes, unit of wall boxes, floor of wall
boxes, building or home of wall boxes.
Therefore, it is readily apparent that there is recognizable unmet
need for a pluggable electrical receptacle and universal wall box
and methods of use thereof that reduces installation time, wiring
complexity to electrically connect a receptacle to a wall box,
enable interrupting or disabling of a switch, receptacle, wall box
or set of wall boxes.
BRIEF SUMMARY
Briefly described, in an example embodiment, the present disclosure
overcomes the above-mentioned disadvantages and meets the
recognized need for a interruptible universal wall box and methods
of use thereof, including, in general, includes an electrical wall
box having a plurality of wire in and wire out power terminals on
an exterior of the electrical wall box, wherein each set of wire in
and wire out power terminals are electrically connected to one of a
plurality of internal insulated distribution busses within the
electrical wall box, each of the distribution buses has one or more
first quick connect terminals electrically connected thereto one of
the distribution buses; each of the distribution buses having one
or more interrupt or disable bus switches electrically connected
therein; wherein electrical wall box further includes a plurality
of switch wiring terminals on an exterior of the electrical wall
box, each of the plurality of switch wiring terminals includes an
insulated electrical tap connecting one of the switch wiring
terminals to one of the plurality of internal insulated
distribution busses or to a quick connect terminal within the
electrical wall box; one or more pluggable electrical receptacles,
each of the one or more pluggable electrical receptacles includes
two or more second quick connect terminals to electrically connect
thereto one of said one or more first quick connect terminals; and
a cover plate.
According to its major aspects and broadly stated, the present
disclosure in its preferred form is a universal electrical wall box
capable of electrically quick connecting thereto an interchangeable
electrical receptacle, in each slot or bay within the electrical
wall box, whether the electrical receptacle is a switch, receptacle
(pin or blade style), fan switch, dimmer, decorative switch,
wireless switch, occupancy sensor switch, or the like.
Accordingly, a feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is its ability to
provide a pluggable electrical receptacle which requires no
particular skill or tools to install or change, and which can be
changed without interrupting the power supply to the universal wall
box or universal wall boxes down line.
Another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is its ability to
provide wire in and wire out power terminals on the exterior of the
box to power and pass power therethrough the electrical wall box on
to the next wall box and power internal insulated distribution
busses configured to electrically connect with removable electrical
receptacles.
Still another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to
provide switch wiring terminals includes an insulated electrical
tap connecting one of the switch wiring terminals on the exterior
of the box to power and pass power therethrough to switchable
loads, such as lights, fans, electronic devices and the like via
insulated electrical taps connecting one of the switch wiring
terminals to one of the plurality of internal insulated
distribution busses or to a quick connect terminal.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to
avoid the usual crimping and twisting required in conventional
power outlets, the universal wall box being configured to receive a
removeable plug-in electrical receptacle.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to
avoid the use of a junction device(s) between the universal wall
box and pluggable electrical receptacles, whether switch,
receptacle (pin or blade style), fan switch, dimmer, decorative
switch, wireless switch, occupancy sensor switch, or the like.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to
city or county official's time to conduct a rough electrical
inspection due to distinct identification of and separation of
switch wiring terminals from wire in and wire out power terminals,
thus assisting the inspector with quick identification of wiring
configurations.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to
enable an electrician to move from junction box to junction box
post inspection or completion of drywall to install electrical
receptacles, whether switch, receptacle (pin or blade style), fan
switch, dimmer, decorative switch, wireless switch, occupancy
sensor switch, or the like.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to
minimize connecting and/or splicing wires using wire nuts.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to
reduce the installation complexity by eliminating the need for
jumper wires, so as the number of wires increases, the possibility
of incorrectly interconnecting, mis-terminating, or splicing the
wires.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to
reduce the possibility of miswiring the circuit with wire in and
wire out power terminals, and plurality of switch wiring terminals
on an exterior of the electrical wall box.
In an exemplary embodiment of the pluggable electrical receptacle
and universal wall box and methods of use thereof, a universal wall
box, the universal wall box comprising an open side electrical box
having a plurality of sets of wire in and wire out power terminals
proximate an exterior of one or more box surfaces of said
electrical box, wherein each the set of wire in and wire out power
terminals are electrically connected to one of a plurality of
internal insulated distribution busses integrated within the one or
more box surfaces of the electrical box, and wherein each of the
internal insulated distribution busses includes one or more first
quick-connector electrically connected thereto and exposed to an
interior of the one or more box surfaces, and a plurality of switch
wiring terminals proximate the exterior of the one or more box
surfaces of the electrical box, wherein each of the switch wiring
terminals are electrically connected to one of a plurality of
insulated electrical taps integrated within the one or more box
surfaces of the electrical box, and wherein at least one of the
plurality of insulated electrical taps includes at least one second
quick-connector electrically connected thereto and exposed to an
interior of the one or more box surfaces, and wherein each of at
least two or more of the plurality of insulated electrical taps is
electrically connected to one the plurality of internal insulated
distribution busses.
In a further exemplary embodiment the pluggable electrical
receptacle and universal wall box and methods of use thereof, a
ganged universal wall box, the ganged universal wall box comprising
an open side electrical box having a plurality of sets of wire in
and wire out power terminals integral to an exterior of one or more
box surfaces of the electrical box, wherein each the set of wire in
and wire out power terminals are electrically connected to one of a
plurality of internal insulated distribution busses integrated
within the one or more box surfaces of the electrical box, and one
or more bays within the open side electrical box, each the bay
includes: one or more first quick-connector electrically connected
thereto the internal insulated distribution busses exposed to an
interior of the one or more box surfaces, and a plurality of switch
wiring terminals integral to the exterior of the one or more box
surfaces of the electrical box, wherein each of the switch wiring
terminals are electrically connected to one of a plurality of
insulated electrical taps integrated within the one or more box
surfaces of the electrical box, and wherein at least one of the
plurality of insulated electrical taps includes at least one second
quick-connector electrically connected thereto and exposed to an
interior of the one or more box surfaces, and wherein each of at
least two or more of the plurality of insulated electrical taps is
electrically connected to one the plurality of internal insulated
distribution busses.
In a further exemplary embodiment the pluggable electrical
receptacle and universal wall box and methods of use thereof,
includes an open side electrical box having a plurality of sets of
power wiring terminals proximate an interior of one or more box
surfaces of the electrical box, wherein each the set of power
wiring terminals are electrically connected to one of a plurality
of internal insulated distribution busses proximate the interior of
the one or more box surfaces of the electrical box, and wherein
each of the internal insulated distribution busses includes one or
more first quick-connector electrically connected thereto and
exposed to an interior of the one or more box surfaces, and a
plurality of switch wiring terminals proximate the interior of the
one or more box surfaces of the electrical box, wherein each of the
switch wiring terminals are electrically connected to one of a
plurality of insulated electrical taps proximate the interior of
the one or more box surfaces of the electrical box, and wherein at
least one of the plurality of insulated electrical taps includes at
least one second quick-connector electrically connected thereto and
exposed to an interior of the one or more box surfaces, and wherein
each of at least two or more of the plurality of insulated
electrical taps is electrically connected to one of the plurality
of internal insulated distribution busses via one of the one or
more first quick-connector.
In a further exemplary embodiment the pluggable electrical
receptacle and universal wall box and methods of use thereof,
includes an open side electrical box having a plurality of sets of
power wiring terminals proximate an interior of one or more box
surfaces of the electrical box, wherein each the set of power
wiring terminals are electrically connected to one of a plurality
of internal insulated distribution busses proximate the interior of
the one or more box surfaces of the electrical box, one or more
bays within the open side electrical box, each the bay includes:
one or more first quick-connector electrically connected thereto
the internal insulated distribution busses exposed to an interior
of the one or more box surfaces, and a plurality of switch wiring
terminals proximate the interior of the one or more box surfaces of
the electrical box, wherein each of the switch wiring terminals are
electrically connected to one of a plurality of insulated
electrical taps proximate the interior of the one or more box
surfaces of the electrical box, and wherein at least one of the
plurality of insulated electrical taps includes at least one second
quick-connector electrically connected thereto and exposed to an
interior of the one or more box surfaces, and wherein each of at
least two or more of the plurality of insulated electrical taps is
electrically connected to one the plurality of internal insulated
distribution busses via one of the one or more first
quick-connector.
In a further exemplary embodiment the method of powering on and off
a universal wall box, includes the steps of: providing an open side
electrical box having a plurality of sets of power wiring terminals
proximate an interior of one or more box surfaces of the electrical
box, wherein each the set of power wiring terminals are
electrically connected to one of a plurality of internal insulated
distribution busses proximate the interior of the one or more box
surfaces of the electrical box, wherein at least one of the
internal insulated distribution busses includes one or more bus
switches, and wherein each of the internal insulated distribution
busses includes one or more first quick-connector electrically
connected thereto and exposed to an interior of the one or more box
surfaces; and a plurality of switch wiring terminals proximate the
interior of the one or more box surfaces of the electrical box,
wherein each of the switch wiring terminals are electrically
connected to one of a plurality of insulated electrical taps
proximate the interior of the one or more box surfaces of the
electrical box, and wherein at least one of the plurality of
insulated electrical taps includes at least one second
quick-connector electrically connected thereto and exposed to an
interior of the one or more box surfaces, and wherein each of at
least two or more of the plurality of insulated electrical taps is
electrically connected to one of the plurality of internal
insulated distribution busses, and comprising a switch control
configured to change a position of the one or more bus switches via
one of the one or more first quick-connector, and changing a
position of the one or more bus switches.
In the course of either an initial installation or for remodeling,
an electrical wall box/receptacle/cover plate combination is
obtained for installation.
Accordingly, a feature pluggable electrical receptacle and
universal wall box and methods of use thereof is its ability to
reduce labor costs for initial installation and for retrofitting of
electrical fittings.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to
reduce the number of stock keeping units for inventory
purposes.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to be
quickly installed.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is the ability to be
utilized with a variety of electrical components.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is that it requires
only simple tools for installation.
Yet another feature of the pluggable electrical receptacle and
universal wall box and methods of use thereof is that it is secured
via fewer fasteners than is required by typical electrical
fixtures.
Yet another feature of the interruptible universal wall box and
methods of use thereof is that one or more buses include a disable
switch, which preferably is normally closed but can be opened to
disable such bus from feeding power to one or more switches or
receptacles plugged into the wall box.
Yet another feature of the interruptible universal wall box and
methods of use thereof is that a local or remote user may interrupt
one or more buses in any wall box to disable one or more switches
or receptacles plugged into the wall box.
Yet another feature of the universal wall box and methods of use
thereof is its ability to include a plaster ring between a wall box
and combination electrical components and integral cover plate,
especially for commercial applications.
Yet another feature of the universal wall box and methods of use
thereof is its ability to integrate a snap feature to removeably
affix cover plate thereto electrical component or an edge of the
electrical component.
These and other features of the pluggable electrical receptacle and
universal wall box and methods of use thereof will become more
apparent to one skilled in the art from the Brief Description of
the Drawings, Detailed Description of exemplary embodiments
thereof, and Claims when read in light of the accompanying Drawings
or Figures.
BRIEF DESCRIPTION OF THE DRAWINGS
The present pluggable electrical receptacle and universal wall box
and methods of use thereof will be better understood by reading the
Detailed Description of exemplary embodiments thereof with
reference to the accompanying drawing figures, which are not
necessarily drawn to scale, and in which like reference numerals
denote similar structure and refer to like elements throughout, and
in which:
FIG. 1 is a perspective exploded view of an exemplary embodiment of
pluggable electrical switch and universal wall box and methods of
use thereof and a switch cover plate;
FIG. 2 is a perspective exploded view of an exemplary embodiment of
pluggable electrical outlet and universal wall box and methods of
use thereof and an outlet cover plate;
FIG. 3 is a front perspective view of an exemplary embodiment of a
universal wall box, shown affixed to a stud;
FIG. 4 is a front perspective view of an exemplary alternate
embodiment of a ganged universal wall box;
FIG. 5 is a front perspective view of an exemplary embodiment of a
universal wall box of FIG. 4, shown affixed to a stud;
FIG. 6 is a perspective exploded view of an exemplary embodiment of
pluggable electrical receptacles and ganged universal wall box and
methods of use thereof, and ganged cover plate;
FIG. 7 is a perspective exploded view of an exemplary embodiment of
the interruptible universal wall box and methods of use thereof,
with an exploded view of buss interrupt switch;
FIG. 8 is a front view of an exemplary embodiment of the
interruptible universal wall box and methods of use thereof,
showing the buss interrupt switch on each bus;
FIG. 9 is a flow chart depicting an exemplary embodiment of the
method of opening and closing a bus switch to electrically power or
disable a universal wall box;
FIG. 10 is a perspective exploded view of an exemplary embodiment
of pluggable electrical switch and universal wall box and methods
of use thereof, plaster ring, and an outlet cover plate; and
FIG. 11 is a perspective exploded view of an exemplary embodiment
of pluggable electrical receptacles and ganged universal wall box
and methods of use thereof, plaster ring, and ganged cover
plate.
It is to be noted that the drawings presented are intended solely
for the purpose of illustration and that they are, therefore,
neither desired nor intended to limit the disclosure to any or all
of the exact details of construction shown, except insofar as they
may be deemed essential to the claimed invention.
DETAILED DESCRIPTION
In describing the exemplary embodiments of the present disclosure,
as illustrated in FIGS. 1-8, specific terminology is employed for
the sake of clarity. The present disclosure, however, is not
intended to be limited to the specific terminology so selected, and
it is to be understood that each specific element includes all
technical equivalents that operate in a similar manner to
accomplish similar functions. Embodiments of the claimed invention
may, however, be embodied in many different forms and should not be
construed to be limited to the embodiments set forth herein. The
examples set forth herein are non-limiting examples, and are merely
examples among other possible examples.
Electrical language used herein may be used interchangeably, such
as black-power-hot, white-neutral, and green-ground.
Referring now to FIGS. 1, 2, and 6 by way of example, and not
limitation, therein is illustrated an example embodiment electrical
receptacle assembly 100, wherein electrical receptacle assembly 100
includes cover plate 110A, electrical components or receptacles
120, and a single or multiple bay electrical wall box, such as
universal wall box 130. Preferably, universal wall box 130 is
configured as a square or rectangular as a five sided box with an
open side, having opening, open side, or interior surface 134, and
relevant sides having interior and exterior surfaces, one or more
box surfaces, being first box side 131, second box side 132, and
third box side 133. Moreover, interior surface 134, such as first
box side 131 may include a plurality of power wiring terminals
integrated therein, such as first power terminals 141, which
includes first power terminal (in/black/hot/first) 141B, first
power terminal (in/white/neutral/second) 141W, and first power
terminal (in/green/ground/third) 141G. Furthermore, interior
surface 134, such as second box side 132 may include a plurality of
power terminals integrated therein, such as second power terminals
142, which includes second power terminal (out/black/hot/first)
142B, second power terminal (out/white/neutral/second) 142W, and
second power terminal (out/green/ground/third) 142G. First power
terminals 141 and second power terminals 142 may be configured as
releasable electrical wire terminals using set screw, spring
contact, stab-in or the like electrical wire connectors. Positioned
therebetween and electrically connecting each of first power
terminals 141 and second power terminals 142 is preferably
positioned one or more insulated electrical busses 143, wherein
first insulated electrical bus 143B is preferably positioned
therebetween and electrically connecting first power terminal
(black) 141B thereto second power terminal (black) 142B, second
insulated electrical bus 143W is preferably positioned therebetween
and electrically connecting first power terminal (white) 141W
thereto second power terminal (white) 142W, and third insulated
electrical bus 143G is preferably positioned therebetween and
electrically connecting first power terminal (green) 141G thereto
second power terminal (green) 142G. Preferably, each of the one or
more insulated electrical busses 143 preferably includes first
electrical quick-connector or at least three electrical outlet
connectors exposed to an interior surface 134, such as a first
electrical quick connector 145 having one or more openings, such as
electrical connector access 144 to access an uninsulated portion of
one or more insulated electrical busses 143, such as first
electrical or outlet quick connector terminal 145B electrically
connected thereto first insulated electrical bus 143B, second
electrical or outlet quick connector terminal 145W electrically
connected thereto second insulated electrical bus 143W, and third
electrical or outlet quick connector terminal 145G electrically
connected thereto third insulated electrical bus 143G. It is
recognized herein that electrical quick-connectors 145 may be
staggered thereon one or more insulated electrical busses 143 to
enable electrical separation therebetween electrical quick
connectors 145.
It is contemplated herein that power wires or wiring, such as ROMEX
sets of wire or wiring R having a plurality of individually
sheathed or insulated electrical wires therein, such as first power
wire (black/hot) B, second power wire (white/neutral) W, and third
power wire (green/ground) G, wherein wiring R1 having first hot or
power wire B1, second power wire W1, and third power wire G1 is
preferably electrically connected such as, first power wire B1
electrically connects to first power terminal (black) 141B, second
power wire W1 electrically connects to first power terminal (white)
141W, and third power wire G1 electrically connected to first power
terminal (green) 141G, therein universal wall box 130. Likewise,
wiring R2 having first power wire B2, second power wire W2, and
third power wire G2 is preferably electrically connected such as,
first power wire B2 electrically connects to second power terminal
(black) 142B, second power wire W2 electrically connects to second
power terminal (white) 142W, and third power wire G2 electrically
connects to second power terminal (green) 142G, therein universal
wall box 130. Power, neutral, and ground supplied to universal wall
box 130 may arrive via either wiring R1 or wiring R2 and
respectively the other wiring R2 or wiring R1, may power the next
wall box in series, and so on, respectively.
It is contemplated herein that wiring R1 having a hot wire, such as
first power wire B1, second power wire W1, and third power wire G1;
wiring R2 having first power wire B2, second power wire W2, and
third power wire G2; and R3 having first switch wire B3, second
switch wire W3, and third switch wire G3 may be electrically
connected therethrough backside of universal wall box 130.
Moreover, first power terminal (in/black/hot/first) 141B, first
power terminal (in/white/neutral/second) 141W, and first power
terminal (in/green/ground/third) 141G; second power terminal
(out/black/hot/first) 142B, second power terminal
(out/white/neutral/second) 142W, and second power terminal
(out/green/ground/third) 142G; first switch terminals 151, which
includes first switch terminal (black/hot/first) 151B, first switch
terminal (white/neutral/second) 151W, and first switch terminal
(green/ground/third) 151G may be positioned proximate backside of
universal wall box 130.
Still furthermore, interior surface 134, such as third box side
133, may include a plurality of switch wiring terminals integral
therein, such as first switch terminals 151, which includes first
switch terminal (black/hot/first) 151B, first switch terminal
(white/neutral/second) 151W, and first switch terminal
(green/ground/third) 151G. Switch terminals 151 may be configured
as releasable electrical wire terminals using set screw, spring
contact, stab-in or the like electrical wire connectors. Switch
terminals 151 are preferably electrically connected to an insulated
electrical buss, via insulated electrical taps 153, wherein first
insulated electrical tap 153B is preferably electrically connecting
first switch terminal (black) 151B thereto second electrical
quick-connector, such as fourth electrical quick connector terminal
155B (electrical quick connector 155 includes one or more openings,
such as electrical connector access 154 to access an uninsulated
portion of one or more first insulated electrical tap 153, such as
first insulated electrical tap 153B), second insulated electrical
tap 153W is preferably electrically connecting first switch
terminal (white) 151W thereto second insulated electrical bus 143W,
and third insulated electrical tap 153G is preferably electrically
connecting first switch terminal (green) 151G thereto third
insulated electrical bus 143G. It is recognized herein that
electrical quick connectors 155 may be staggered thereon one or
more insulated electrical tap 153 to enable electrical separation
therebetween electrical quick-connectors 155/145.
It is contemplated herein that electrical quick-connector 145
having electrical connector access 144 and electrical quick
connectors 155 having one or more electrical connector access 154,
that such accesses may be oriented or configured differently in
order to enable electrical separation or distinction therebetween
electrical quick connector 145 and electrical quick connectors 155,
so as to prevent incorrect electrical connections.
It is contemplated herein switch wiring R3 having first switch wire
B3, second switch wire W3, and third switch wire G3 is preferably
electrically connected such as, first switch wire B3 electrically
connected to first switch terminal (black) 151B, second switch wire
W3 electrically connected to first switch terminal (white) 151W,
and third switch wire G3 electrically connected to first switch
terminal (green) 151G. Preferably, first switch wire B3, second
switch wire W3, and third switch wire G3 power a load or
resistance, such as first load L having first wire B4, second wire
W4, and third wire G4, wherein first load wire B4 is preferably
electrically connected to first switch wire B3, second load wire W4
is preferably electrically connected to second switch wire W3, and
third load wire G4 is preferably electrically connected to third
switch wire G3 to make up or establish an electrical circuit or
connection, such as first electrical circuit E1.
Referring again to FIG. 1 by way of example, and not limitation,
therein is illustrated an example embodiment of electrical switch
120.1 and cover plate 110. Electrical switch 120.1 preferably
includes toggle 121, housing or body 122, and at least two third
quick-connectors or electrical switch quick-connectors, such as
first electrical switch quick connector 165 and second electrical
switch quick connector 175 having one or more electrical contacts
or connectors, such as first connector blade 164 and second
connector blade 174, respectively. It is contemplated herein that
electrical quick connector 145 having first electrical connector
access 144 may mate, plug-in, or make an electrical connection with
first connector blade 164 of electrical quick connector 165 and
opposite or different oriented electrical quick connectors 155
having second electrical connector access 154 may mate, plug-in, or
make an electrical connection with second connector blade 174 of
second electrical quick connector 175 to make up or establish an
electrical switch 101 as electrical receptacle assembly 100 to
switch on and off first electrical circuit E1. Preferably, first
connector blade 164 and second connector blade 174 may be
positioned or oriented different from the other (ninety degrees
rotated from the other) to prevent errors in installation of
incorrect receptacles 120. Installation of electrical switch 120.1
preferably therein body 122 may be accomplished via, screw and
hole, latch, fastener, friction fit, plug in or the like known to
one of ordinary skill in the art.
It is recognized herein that cover plate 110 may include aperture
111 to accommodate toggle 121, and is utilized to cover electrical
switch 120.1.
In use, toggle 121 is in a first open position of an open circuit
not powering first load L via no circuit connection between first
load L (fourth electrical quick connector terminal 155B and first
electrical quick connector terminal 145B), whereas first load L
second wire W4, second wire W3, first switch terminal (white) 151W,
second insulated electrical tap 153W, second electrical quick
connector terminal 145W, second insulated electrical bus 143W is a
completed connection to first power terminal (white) 141W/142W and
second wire W1/W2; and third wire G4, third wire G3, first switch
terminal (green) 151G, third insulated electrical tap 153G, third
electrical quick connector terminal 145G, third insulated
electrical bus 143G, is a completed connection to first power
terminal (green) 141G/142G and third wire G1/G2.
To complete the circuit and power first load L, toggle 121 is moved
to a second closed position of a closed circuit powering first load
L via first wire B4, first wire B3, first switch terminal (black)
151B, first insulated electrical tap 153B, fourth electrical quick
connector terminal 155B, electrical quick connector 175, electrical
quick connector 165, first electrical quick connector terminal
145B, first insulated electrical bus 143B is a completed connection
to first power terminal (black) 1413/142B and first wire B1/B2.
Referring again to FIG. 2 by way of example, and not limitation,
therein is illustrated an example embodiment of electrical outlet
120.2 and cover plate 110B. Electrical outlet 120.2 preferably
includes plug receptacles 123/124, housing or body 122, and one or
more electrical quick connectors 165, such as electrical quick
connector (black) 165B, electrical quick connector (white) 165W,
and electrical quick connector (green) 165G having electrical
connector 164. It is contemplated herein that electrical quick
connector 145 having electrical connector access 144 may mate,
plug-in, or make an electrical connection with electrical connector
164 of electrical quick connector 165 to make up or establish an
electrical receptacle 102 as electrical receptacle assembly 100 to
switch on and off second electrical circuit E2. Installation of
electrical switch 120.2 preferably therein universal wall box 130
may be accomplished via, screw and hole, latch, fastener, friction
fit, plug-in or the like known to one of ordinary skill in the
art.
In use, first load L first wire B4, first wire B3, electrical quick
connector (black) 165B, first electrical quick connector terminal
145B, first insulated electrical bus 143B is a completed connection
to first power terminal (black) 1413/142B and first wire B1/B2;
second wire W4, second wire W3, electrical quick connector (white)
165W, second electrical quick connector terminal 145W, second
insulated electrical bus 143W is a completed connection to first
power terminal (white) 141W/142W and second wire W1/W2; and third
wire G4, third wire G3, electrical quick connector (green) 165G,
third electrical quick connector terminal 145G, third insulated
electrical bus 143G, is a completed connection to first power
terminal (green) 141G/142G and third wire G1/G2.
It is contemplated herein FIGS. 1 and 10 that cover plate 110A/B
may include first screw aperture 110.3 and second screw aperture
110.4 to accommodate first screw 110.1 and second screw 110.2,
respectively, and is utilized to cover electrical switch
120.1/120.2 and fasten or connect cover plate 110A/B thereto
electrical component 120.1/120.2 via first electrical component
aperture 110.5 and second electrical component aperture 110.6.
Moreover, first screw 110.1 and second screw 110.2 may further
engage first wall box aperture 110.7 and second wall box aperture
110.8 of universal wall box 130 to removeably affix cover plate
110A/B and electrical component 120.1/120.2 thereto wall box
130.
It is further contemplated herein FIG. 10 that electrical
receptacle assembly 100 may include plaster ring 900, especially
for commercial applications. Plaster ring 900 may include a first
ring surface or first plaster ring edge 901 having one or more ring
connection apertures 904 preferably positioned in one or more
corners 905 of first plaster ring edge 901. First plaster ring edge
901 is preferably configured to cover opening 134 of universal wall
box 130 and be removably affixed thereto universal wall box 130.
Moreover, plaster ring 900 may include second ring surface or
second plaster ring edge 902, preferably a raised or elevated edge
via a vertical transition surface therefrom first plaster ring edge
901, to provide a space to accommodate drywall W therebetween first
plaster ring edge 901 and second plaster ring edge 902. Second
plaster ring edge 902 may include one or more ring electrical
component connection apertures 905, such as first ring electrical
component connection apertures 905.1 and second ring electrical
component connection apertures 905.2, preferably positioned therein
one or more linear segments 906 of second plaster ring edge
902.
Moreover, first screw 110.1 and second screw 110.2, respectively,
may be utilized to removeably fasten or connect cover plate 110A/B
thereto electrical component 120.1/120.2 via first electrical
component aperture 110.5 and second electrical component aperture
110.6. Furthermore, first screw 110.1 and second screw 110.2 may
further engage first ring electrical component connection apertures
905.1 and second ring electrical component connection apertures
905.2, respectively of plaster ring 900 to removeably affix cover
plate 110A/B and electrical component 120.1/120.2 thereto plaster
ring 900, and enable passage of electrical component 120.1/120.2
therethrough plaster ring 900, which is preferably removeably
affixed to wall box 130.
Referring now to FIG. 3 by way of example, and not limitation,
therein is illustrated an example embodiment universal wall box
130, wherein universal wall box 130 includes one or more attachment
devices, such as nail receiver 310 affixed or integrated therein a
side of universal wall box 130, such as first box side 131, second
box side 132, or third box side 133. It is recognized herein that
other attachment devices may be utilized, such as flaps to hold
universal wall box 130 within or behind a wall board, such as
drywall W. In use, a screw or nail N may be utilized to attach
universal wall box 130 thereto a wall support, such as stud S
within a cut out CO of drywall W. Moreover, the plurality of power
terminals integrated therein, such as first power terminals 141,
which includes first power terminal (black) 1413, first power
terminal (white) 141W, and first power terminal (green) 141G of
first box side 131 and similarly for second box side 132 and the
plurality of switch terminals integrated therein, such as first
switch terminals 151, which includes first switch terminal (black)
151B, first switch terminal (white) 151W, and first switch terminal
(green) 151G of third box side 133, may include a group access or
individual access, such as notch 320 configured to enable a user to
tighten or release set screw, spring contact, stab-in or the like
electrical wire connectors.
Referring now to FIG. 4 by way of example, and not limitation,
therein is illustrated an example embodiment ganged universal wall
box 130A, wherein ganged universal wall box 130A includes one or
more slots, such as bays 410 and in this example includes one or
more bays, such as first bay 411, second bay 412, and third bay 413
to accommodate one selected of one or more electrical components or
receptacles 120 whether electrical switch 120.1, electrical outlet
120.2, or the like in any given bay 410. Furthermore, bays 410 are
configured to be powered by first power terminals 141, which
includes first power terminal (black) 141B, first power terminal
(white) 141W, and first power terminal (green) 141G of first box
side 131 and second power terminal (black) 142B, second power
terminal (white) 142W, and second power terminal (green) 142G of
second box side 132 and their respective busses one or more
insulated electrical busses 143, including first insulated
electrical bus 143B, second insulated electrical bus 143W, and
third insulated electrical bus 143G. Still furthermore, sets of
plurality of switch terminals may be integrated therein third box
side 133 to accommodate bays 410 switch configurations, such as for
bay 411 first switch terminals 151.1, which includes first switch
terminal (black) 151B1, first switch terminal (white) 151W1, and
first switch terminal (green) 151G1; for bay 412 second switch
terminals 151.2, which includes second switch terminal (black)
151B2, second switch terminal (white) 151W2, and second switch
terminal (green) 151G2; and for bay 413 third switch terminals
151.3, which includes third switch terminal (black) 151B1, third
switch terminal (white) 151W2, and third switch terminal (green)
151G3, and so on.
Referring now to FIG. 5 by way of example, and not limitation,
therein is illustrated an example embodiment of ganged universal
wall box 130A, wherein ganged universal wall box 130A includes one
or more attachment devices, such as nail receiver 310 affixed or
integrated therein a side of ganged universal wall box 130, such as
first box side 131, second box side 132, or third box side 133. It
is recognized herein that other attachment devices may be utilized,
such as flaps to hold ganged universal wall box 130A within or
behind a wall board, such as drywall W. In use, a screw or nail N
may be utilized to attach ganged universal wall box 130 thereto a
wall support, such as stud S within a cut out CO of drywall W.
Moreover, the plurality of power terminals, first power terminals
141 and second power terminals 142, and first switch terminals
151.1 second switch terminals 151.2, third switch terminals 151.3
may include a group access or individual access, such as notch 320
configured to enable a user to tighten or release set screw, spring
contact, stab-in or the like electrical wire connectors.
Still furthermore, it is contemplated herein FIGS. 10 and 11 that
exterior surface, such as first box side 131 may include a
plurality of power wiring terminals integrated therein, such as
first power terminals 141, which includes first power terminal
(in/black/hot/first) 141B, first power terminal
(in/white/neutral/second) 141W, and first power terminal
(in/green/ground/third) 141G; exterior surface, such as second box
side 132 may include a plurality of power terminals integrated
therein, such as second power terminals 142, which includes second
power terminal (out/black/hot/first) 142B, second power terminal
(out/white/neutral/second) 142W, and second power terminal
(out/green/ground/third) 142G; and exterior surface, such as third
box side 133, may include a plurality of switch wiring terminals
integral therein, such as first switch terminals 151, which
includes first switch terminal (black/hot/first) 151B, first switch
terminal (white/neutral/second) 151W, and first switch terminal
(green/ground/third) 151G.
Referring again to FIGS. 1, 2 and 6 by way of example, and not
limitation, therein is illustrated an example embodiment of ganged
universal wall box 130A, with an interchangeable variety of
electrical components or receptacles 120, such as electrical switch
120.1, electrical switch 120.2, and electrical outlet 120.3 and
cover plate 110C. Electrical switch 120.1 is preferably wired
similar to electrical switch 120.1 of FIG. 1, wherein numbering is
preferably xxx.1. Installation of electrical switch 120.1 is
preferably therein bay 411 of ganged universal wall box 130A.
Electrical switch 120.2 is preferably wired similar to electrical
switch 120.1 of FIG. 1, wherein numbering is preferably xxx.2.
Installation of electrical switch 120.2 is preferably therein bay
412 of ganged universal wall box 130A. Electrical outlet 120.3 is
preferably wired similar to electrical outlet 123 of FIG. 2,
wherein numbering is preferably xxx.3. Installation of electrical
outlet 120.3 preferably therein bay 413 of ganged universal wall
box 130A.
Still furthermore, third box side 133, may include a plurality of
switch terminals integrated therein, such as second/third (and so
on) switch terminals 151, which includes second switch terminal
(black) 151B.2, second switch terminal (white) 151W.2, and second
switch terminal (green) 151G.2. Switch terminals 151 are preferably
electrically connected to an insulated electrical buss, via
insulated electrical tap 153, wherein first insulated electrical
tap 153B.2 is preferably electrically connecting second switch
terminal (black) 151B.2 thereto fourth electrical quick connector
terminal 155B.2, second insulated electrical tap 153W.2 is
preferably electrically connecting second switch terminal (white)
151W.2 thereto second insulated electrical bus 143W, and third
insulated electrical tap 153G.2 is preferably electrically
connecting second switch terminal (green) 151G.2 thereto third
insulated electrical bus 143G. It is recognized herein that
electrical quick-connectors 155 may be staggered thereon one or
more insulated electrical tap 153 to enable electrical separation
therebetween electrical quick-connectors 155/145.
It is contemplated herein wiring R3.2 having first wire B3.2,
second wire W3.2, and third wire G3.2 is preferably electrically
connected such as, first wire B3.2 electrically connected to second
switch terminal (black) 151B.2, second wire W3.2 electrically
connected to second switch terminal (white) 151W.2, and third wire
G3.2 electrically connected to second switch terminal (green)
151G.2. Preferably, first wire B3.2, second wire W3.2, and third
wire G3.2 power a load or resistance, such as second load L2 having
first wire B4.2, second wire W4.2, and third wire G4.2, wherein
first wire B4.2 is preferably electrically connected to first wire
B3.2, second wire W4.2 is preferably electrically connected to
second wire W3.2, and third wire G4.2 is preferably electrically
connected to third wire G3.2 to make up or establish an electrical
circuit or connection, such as second electrical circuit E2.
Specifically, electrical switch 120.2 preferably includes toggle
121.2, housing or body 122.2, and one or more electrical
quick-connectors, such as electrical quick connector 165.2 and
electrical quick connector 175.2 having electrical connector 164.2
and electrical connector blade 174.2, respectively. It is
contemplated herein that electrical quick connector 145B.2 having
electrical connector access 144 may mate, plug-in, or make an
electrical connection with electrical connector 164.2 of electrical
quick connector 165.2; and opposite or different oriented
electrical quick connectors 155B.2 having electrical connector
access 154 may mate, plug-in, or make an electrical connection with
electrical connector blade 174.2 of electrical quick connector
175.2 to make up or establish an electrical switch 103 as
electrical receptacle assembly 100 to switch on and off second
electrical circuit E2. Installation of electrical switch 120.2
preferably therein bay 2 of ganged universal wall box 130A may be
accomplished via, screw and hole, latch, fastener, friction fit,
plug-in or the like known to one of ordinary skill in the art.
It is recognized herein that cover plate 110C may include aperture
111.2 to accommodate toggle 121.2, and is utilized to cover
electrical switch 120.2.
In use, toggle 121.2 is in a first open position of an open circuit
not powering second load L2 via no circuit connection between
second load L2 (fourth electrical quick connector terminal 153B.2
and first electrical quick connector terminal 145B.2), whereas
second load L2, second wire W4.2, second wire W3.2, second switch
terminal (white) 151W.2, second insulated electrical tap 153W.2,
second electrical quick connector terminal 145W.2, second insulated
electrical bus 143W is a completed connection to first power
terminal (white) 141W/142W and second wire W1/W2; and third wire
G4.2, third wire G3.2, second switch terminal (green) 151G.2, third
insulated electrical tap 153G.2, third electrical quick connector
terminal 145G.2, third insulated electrical bus 143G, is a
completed connection to first power terminal (green) 141G/142G and
third wire G1/G2.
To complete the circuit and power second load L2, toggle 121 is
moved to a second closed position of a closed circuit powering
second load L2 via first wire B4.2, first wire B3.2, first switch
terminal (black) 151B.2, first insulated electrical tap 153B.2,
fourth electrical quick connector terminal 155B.2, electrical quick
connector 175.2, electrical quick connector 165.2, first electrical
quick connector terminal 145B.2, first insulated electrical bus
143B is a completed connection to first power terminal (black)
1413/142B and first wire B1/B2.
Power, neutral, and ground supplied to universal wall box 130 may
be arrive via either wiring R1 or wiring R2 and respectively the
other wiring R2 or wiring R1, may power the next wall box in
series, and so on, respectively.
It is contemplated herein that a variety of configurations of
universal wall box 130, such as single, 2.times. (double), 3.times.
(triple) 4.times. (quad), or other multi-ganged bays of universal
wall box 130, and may be utilized to accommodate, whether for
commercial or residential, wiring and hook-up capabilities for a
variety of configurations of electrical components or receptacles
120, such as electrical switch 120.1, electrical switch 120.2, and
electrical outlet 120.3 and the like.
It is contemplated herein that ganged receptacles 120, such as
electrical switch 120.1, electrical switch 120.2, and electrical
outlet 120.3 and the like may contain any mix or combination of
receptacles 120, such as electrical switch 120.1, electrical switch
120.2, and electrical outlet 120.3 whether switch, receptacle (pin
or blade style), fan switch, dimmer, decorative switch, wireless
switch, occupancy sensor switch, or the like and any combination
thereof. Moreover, receptacles 120 may include electrical
components meeting U.L., U.S. and foreign standard or requirements,
such as 110V/120V, 220V/240V, grounded, not grounded, and the
like.
It is recognized herein that cover plate 110 may include apertures
111.1/111.2/112/114 to accommodate receptacles 123/124, and is
utilized to cover receptacles 120. Cover plate(s) 110 preferably
includes throughholes are dimensioned to receive fasteners
therethrough to removeably affix cover plate(s) 110 thereto
receptacles 120.
It is contemplated herein that in universal wall box 130 and its
sub components, including standard power supplies meeting U.L.,
U.S. and foreign standard or requirements, such as 110V/120V,
220V/240V, 277V, 480V and the like.
It is recognized herein that use of universal wall box 130 may
increase the safety and to simplify wiring a set of receptacles
120.
It is contemplated herein that universal wall box 130 may contain
any mix or combination of receptacles 120, such as electrical
switch component and/or electrical receptacle components whether
switch, receptacle (pin or blade style), fan switch, dimmer,
decorative switch, wireless switch, occupancy sensor switch, or the
like and any combination thereof.
It is contemplated herein FIG. 11 that cover plate 110 may include
pairs of apertures, such as first screw aperture 110.3 and second
screw aperture 110.4 to accommodate first screw 110.1 and second
screw 110.2, respectively similar to FIGS. 2 and 10, and is
utilized to cover electrical switch 120.1/120.2/120.3 and fasten or
connect cover plate 110 thereto electrical component
120.1/120.2/120.3 via pairs of apertures, such as first electrical
component aperture 110.5 and second electrical component aperture
110.6, similar to FIGS. 2 and 10. Moreover, first screw 110.1 and
second screw 110.2 may further engage first wall box aperture 110.7
and second wall box aperture 110.8, similar to FIGS. 2 and 10, of
universal wall box 130 to removeably affix cover plate 110 and
electrical component 120.1/120.2/120.3 thereto wall box 130.
The one or more ring connection apertures 904 preferably positioned
in one or more corners 903 of first plaster ring edge 901 may be
utilized to removeably affix plaster ring 900 thereto wall box 130
via a set screws similar thereto first screw 110.1 and second screw
110.2.
It is further contemplated herein FIG. 11 that electrical
receptacle assembly 100 may include plaster ring 900, especially
for commercial applications. Plaster ring 900 may include a first
ring surface or first plaster ring edge 901 having one or more ring
connection apertures 904 preferably positioned in one or more
corners 903 of first plaster ring edge 901. First plaster ring edge
901 is preferably configured to cover opening 134 of universal wall
box 130 and be removably affixed thereto universal wall box 130.
Moreover, plaster ring 900 may include second ring surface or
second plaster ring edge 902, preferably a raised or elevated edge
via a vertical transition surface therefrom first plaster ring edge
901, to provide a space to accommodate drywall W therebetween first
plaster ring edge 901 and second plaster ring edge 902. Second
plaster ring edge 902 may include one or more electrical component
connection apertures, such as first ring electrical component
connection apertures 905.1 and second ring electrical component
connection apertures 905.2, preferably positioned therein one or
more linear segments 906.1 of second plaster ring edge 902.
Moreover, first screw 110.1 and second screw 110.2, respectively,
may be utilized to removeably fasten or connect cover plate 110A/B
thereto electrical component 120.1/120.2/120.3 via first ring
electrical component aperture 905.1 and second electrical component
aperture 110.6. Furthermore, first screw 110.1 and second screw
110.2 may further engage first ring electrical component connection
apertures 905.1 and second ring electrical component connection
apertures 905.2 of plaster ring 900 to removeably affix cover plate
110A/B and electrical component 120.1/120.2/120.3 thereto plaster
ring 900, which is preferably removeably affixed to wall box
130.
Referring now to FIG. 7 by way of example, and not limitation,
therein is illustrated an example embodiment ganged universal wall
box 130A, wherein ganged universal wall box 130A includes one or
more slots, such as bays 410 and in this example includes one or
more bays, such as first bay 411, second bay 412, and third bay 413
to accommodate one selected of one or more electrical components or
receptacles 120 whether electrical switch 120.1, electrical outlet
120.2, or the like in any given bay 410. Furthermore, bays 410 are
configured to be powered by first power terminals 141, which
includes first power terminal (black) 141B, first power terminal
(white) 141W, and first power terminal (green) 141G of first box
side 131 and second power terminal (black) 142B, second power
terminal (white) 142W, and second power terminal (green) 142G of
second box side 132 (shown in FIG. 6) and their respective busses
one or more insulated electrical busses 143, including first
insulated electrical bus 143B (shown in FIG. 6), second insulated
electrical bus 143W, and third insulated electrical bus 143G. Still
furthermore, sets of plurality of switch terminals may be
integrated therein third box side 133 to accommodate bays 410
switch configurations, such as for bay 411 first switch terminals
151.1, which includes first switch terminal (black) 151B1, first
switch terminal (white) 151W1, and first switch terminal (green)
151G1; for bay 412 second switch terminals 151.2, which includes
second switch terminal (black) 151B2, second switch terminal
(white) 151W2, and second switch terminal (green) 151G2; and for
bay 413 third switch terminals 151.3, which includes third switch
terminal (black) 151B1, third switch terminal (white) 151W2, and
third switch terminal (green) 151G3, and so on.
Furthermore, ganged universal wall box 130/130A may include one or
more interrupt, disrupt, or on/off switch, such as bus switch 181.
Bus switch 181 may be positioned or incorporated anywhere along and
electrically integrated in any of the one or more insulated
electrical busses 143 (single switch bus), and alternatively one or
more bus switch 181 may be positioned or incorporated anywhere
along and electrically integrated in any of the one or more
insulated electrical busses 143 (multi-switch bus), such as first
insulated electrical bus 143B, second insulated electrical bus
143W, or third insulated electrical bus 143G. For example, bus
switch 181 may be positioned in or proximate bays 410 including one
or more bays, such as first bay 411, second bay 412, and third bay
413 to enable electrical interrupt, disrupt, disconnect, or on/off
switch capability for individual bays 410 and interchangeable
variety of electrical components or receptacles 120, such as
electrical switch 120.1, electrical switch 120.2, and electrical
outlet 120.3 electrically connected therein each of bays 410 shown
in FIG. 6.
Referring again to FIG. 7 by way of example, and not limitation,
therein is illustrated in an exploded view an example embodiment of
bus switch 181 shown in an open position however, bus switch 181
preferably includes a normally closed bus switch capable of opening
and closing to interrupt or connect one of insulated electrical
busses 143 (multi-switch bus) therein ganged universal wall box
130A/130, such as first insulated electrical bus 143B, second
insulated electrical bus 143W, or third insulated electrical bus
143G. Bus switch 181 may be controlled by a controller, control a
position or state of, change a position, such as switch control 182
having control inputs via a control signal, such as wired or fiber,
such as electrical control 191 or wireless communication signal
(wireless access, Bluetooth, radio frequency, or other IEEE
standard, microphone to detect audio commands, such as voice
commands or tones, motion detection, smart device commands, and the
like), such as wireless control 192. Preferably switch control 182
receives a signal from electrical control 191 or wireless control
192 and processes such with memory and a central processing unit,
to electrically open or close (position) bus switch 181 and switch
control 182 electrically opens or closes (change position) bus
switch 181, respectively. For example, if switch control 182.2W
receives a signal from electrical control 191 or wireless control
192 to open bus switch 181.2W then switch control 182.2W opens bus
switch 181.2W, thus interrupting second insulated electrical bus
143.1W from second insulated electrical bus 143.2W and electrically
disrupting power to one or more electrical components or
receptacles 120 whether electrical switch 120.1, electrical outlet
120.2 electrically connected therein each of bays 410 shown in FIG.
6. Alternatively if switch control 182.2W receives a signal from
electrical control 191 or wireless control 192 to open bus switch
181.2W then switch control 182.2W opens bus switch 181.2W, thus
connecting second insulated electrical bus 143.1W to second
insulated electrical bus 143.2W and powering one or more electrical
components or receptacles 120 whether electrical switch 120.1,
electrical outlet 120.2 electrically connected therein each of bays
410 shown in FIG. 6.
It is contemplated herein that one or more electrical components or
receptacles 120 whether electrical switch 120.1, electrical outlet
120.2 electrically connected therein each of bays 410 shown in FIG.
6 may include internet, phone, or other communication cable as
receptacles 120 wherein switch control 182 opening or closing of
receptacles 120 interrupts or provides service of internet, phone,
or other communication cable via ganged universal wall box
130A/130.
It is further contemplated herein that switch control 182 may be
controlled via internet with an IP addressable ganged universal
wall box 130A/130 or wireless with transmit and receive
functionality communicating directly with a device such as a smart
phone, tablet, laptop, computer or the like communicating via smart
phone application or website communicating through electrical
control 191 or wireless control 192 or communicating with such
devices via wireless connection to the Internet.
It is still further contemplated herein that user(s) whether home
or business owner, parent, apartment owner, police, rescue
personnel or the like may interrupt, disable or power down
electrical components or receptacles 120, individual ganged
universal wall box 130A/130, set of ganged universal wall box
130A/130, room of ganged universal wall box 130A/130, unit of
ganged universal wall box 130A/130, floor of ganged universal wall
box 130A/130, building or home ganged universal wall box
130A/130.
Referring again to FIG. 8 by way of example, and not limitation,
therein is illustrated an example embodiment of ganged universal
wall box 130A, capable of receiving an interchangeable variety of
electrical components or receptacles 12. Ganged universal wall box
130A may include first box side 131, second box side 132, and third
box side 133.
Moreover, interior surface 134, such as first box side 131 may
include a plurality of power wiring terminals integrated therein,
such as first power terminals 141, which includes first power
terminal (in/black/hot/first) 141B, first power terminal
(in/white/neutral/second) 141W, and first power terminal
(in/green/ground/third) 141G. Furthermore, interior surface 134,
such as second box side 132 may include a plurality of power
terminals integrated therein, such as second power terminals 142,
which includes second power terminal (out/black/hot/first) 142B,
second power terminal (out/white/neutral/second) 142W, and second
power terminal (out/green/ground/third) 142G. First power terminals
141 and second power terminals 142 may be configured as releasable
electrical wire terminals using set screw, spring contact, stab-in
or the like electrical wire connectors. Positioned therebetween and
electrically connecting each of first power terminals 141 and
second power terminals 142 is preferably positioned one or more
insulated electrical busses 143, wherein first insulated electrical
bus 143B is preferably positioned therebetween and electrically
connecting first power terminal (black) 141B thereto second power
terminal (black) 142B, second insulated electrical bus 143W is
preferably positioned therebetween and electrically connecting
first power terminal (white) 141W thereto second power terminal
(white) 142W, and third insulated electrical bus 143G is preferably
positioned therebetween and electrically connecting first power
terminal (green) 141G thereto second power terminal (green) 142G.
Preferably, each of the one or more insulated electrical busses 143
preferably includes first electrical quick-connector or at least
three electrical outlet connectors exposed to an interior surface
134, such as a first electrical quick connector 145 having one or
more openings, such as electrical connector access 144 to access an
uninsulated portion of one or more insulated electrical busses 143,
such as first electrical or outlet quick connector terminal
145B(.1,.2,.3) electrically connected thereto first insulated
electrical bus 143B, second electrical or outlet quick connector
terminal 145W(.1,.2,.3) electrically connected thereto second
insulated electrical bus 143W, and third electrical or outlet quick
connector terminal 145G(.1,.2,.3) electrically connected thereto
third insulated electrical bus 143G. It is recognized herein that
electrical quick-connectors 145 may be staggered thereon one or
more insulated electrical busses 143 to enable electrical
separation therebetween electrical quick connectors 145.
Furthermore, ganged universal wall box 130/130A may include one or
more electrical interrupt, disrupt, disconnect, or on (closed
position)/off (open position) switch, such as bus switch 181 and
more specifically bus switch 181B, 181W, and 181G. Bus switch 181
may be positioned or incorporated anywhere along and electrically
integrated in any of the one or more insulated electrical busses
143 (single switch bus), and alternatively one or more bus switch
181 may be positioned or incorporated anywhere along and
electrically integrated in any of the one or more insulated
electrical busses 143 (multi-switch bus), such as first insulated
electrical bus 143B, second insulated electrical bus 143W, or third
insulated electrical bus 143G. For example, bus switch 181 may be
positioned in or proximate bays 410 including one or more bays,
such as first bay 411, second bay 412, and third bay 413, shown in
FIG. 7 to enable electrical interrupt, disrupt, disconnect, or
on/off switch capability for individual bays 410 and
interchangeable variety of electrical components or receptacles
120, such as electrical switch 120.1, electrical switch 120.2, and
electrical outlet 120.3 electrically connected therein each of bays
410 shown in FIG. 6.
It is contemplated herein that bus switch 181 may be positioned or
incorporated anywhere along and electrically integrated in any of
the one or more first insulated electrical tap 153, and
alternatively one or more bus switch 181 may be positioned or
incorporated anywhere along and electrically integrated in any of
the one or more first insulated electrical tap 153, such as first
insulated electrical tap 153B), second insulated electrical tap
153W and third insulated electrical tap 153G.
Referring again to FIG. 8 by way of example, and not limitation,
therein is illustrated bus switch 181 shown in an open position
however, bus switch 181 preferably includes a normally closed bus
switch capable of opening and closing to interrupt or electrically
connect one of insulated electrical busses 143 (multi-switch bus)
therein ganged universal wall box 130A/130, such as first insulated
electrical bus 143B via bus switch 181B, second insulated
electrical bus 143W via bus switch 181W, or third insulated
electrical bus 143G via bus switch 181G. Bus switch 181 may be
controlled by a controller, such as switch control 182 having
control inputs via a wired control signal, such as electrical
control 191 or via wireless communication signal, such as wireless
control 192, shown in FIG. 7. Preferably switch control 182
receives a signal from electrical control 191 or wireless control
192 to open or close bus switch 181 and switch control 182
electrically opens or closes bus switch 181, respectively. For
example, if switch control 182 receives a signal from electrical
control 191 or wireless control 192 to open bus switch 181W then
switch control 182 opens bus switch 181W, thus electrically
interrupting second insulated electrical bus 143W and electrically
disrupting power to one or more electrical components or
receptacles 120 whether electrical switch 120.1, electrical outlet
120.2 electrically connected therein each of bays 410 shown in FIG.
6 which are connected thereto electrical bus 143W, and thus,
powering off or interrupting universal wall box 130/130A.
Alternatively if switch control 182 receives a signal from
electrical control 191 or wireless control 192 to open bus switch
181B then switch control 182 opens bus switch 181B, thus
electrically interrupting second insulated electrical bus 143B and
electrically disrupting power to one or more electrical components
or receptacles 120 whether electrical switch 120.1, electrical
outlet 120.2 electrically connected therein each of bays 410 shown
in FIG. 6 which are connected thereto electrical bus 143B, and
thus, powering off or interrupting universal wall box 130/130A.
Electrical bus 143B may be interrupter in a similar manner.
It is contemplated herein that a plurality of bus switch 181 may be
electrically connected therein each of bays 410 shown in FIG. 6 for
any of electrical bus 143B/143W/141G to enable isolation and
switching capabilities directed to a specific bay of bays 410 shown
in FIG. 6, such as, such as first bay 411, second bay 412, and
third bay 413, shown in FIG. 7 to enable electrical interrupt,
disrupt, disconnect, or on/off switch capability for individual
bays 410 and interchangeable variety of electrical components or
receptacles 120, such as electrical switch 120.1, electrical switch
120.2, and electrical outlet 120.3 electrically connected therein
each of bays 410 shown in FIG. 6.
It is further contemplated herein that electrical control 191 or
wireless control 192 may include receiving (receipt thereof)
control signal and communicate such signal thereto switch control
182, wherein switch control 182 controls or changes state thereof,
for example, opening and closing to interrupt or electrically
connect one of insulated electrical busses 143 (multi-switch bus)
therein ganged universal wall box 130A/130, such as first insulated
electrical bus 143B via bus switch 181B, second insulated
electrical bus 143W via bus switch 181W, or third insulated
electrical bus 143G via bus switch 181G.
Referring now to FIG. 9, there is illustrated a flow diagram 900 of
a method of utilizing universal wall box 130/130A. In block or step
910, providing universal wall box 130/130A with electrical bus 143
and electrically connected thereto bus switch 181 (preferably a
normally closed switch) controlled by switch control 182. In block
or step 915 receiving a signal from electrical control 191 or
wireless control 192 to change a position of bus switch 181, such
as to electrically open or close bus switch 181. In block or step
920 changing a position of bus switch 181. In block or step 925
changing a position of bus switch 181 to electrically open,
interrupt, disrupt, disconnect, or turn off switch capability for
individual bays 410 and electrically interrupt, disrupt,
disconnect, or turn off interchangeable variety of electrical
components or receptacles 120, such as electrical switch 120.1,
electrical switch 120.2, and electrical outlet 120.3 electrically
connected therein each of bays 410 shown in FIG. 6. In block or
step 930 changing a position of bus switch 181 to electrically
close, enable, or turn on, or power on switch capability for
individual bays 410 and enable, or turn on interchangeable variety
of electrical components or receptacles 120, such as electrical
switch 120.1, electrical switch 120.2, and electrical outlet 120.3
electrically connected therein each of bays 410 shown in FIG.
6.
The foregoing description and drawings comprise illustrative
embodiments of the present invention. Having thus described
exemplary embodiments of the present invention, it should be noted
by those skilled in the art that the within disclosures are
exemplary only, and that various other alternatives, adaptations,
and modifications may be made within the scope of the present
invention. Merely listing or numbering the steps of a method in a
certain order does not constitute any limitation on the order of
the steps of that method. Many modifications and other embodiments
of the invention will come to mind to one skilled in the art to
which this invention pertains having the benefit of the teachings
presented in the foregoing descriptions and the associated
drawings. Although specific terms may be employed herein, they are
used in a generic and descriptive sense only and not for purposes
of limitation. Accordingly, the present invention is not limited to
the specific embodiments illustrated herein, but is limited only by
the following claims.
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